seaweedfs open source analysis
SeaweedFS is a fast distributed storage system for blobs, objects, files, and data lake, for billions of files! Blob store has O(1) disk seek, cloud tiering. Filer supports Cloud Drive, xDC replication, Kubernetes, POSIX FUSE mount, S3 API, S3 Gateway, Hadoop, WebDAV, encryption, Erasure Coding. Enterprise version is at seaweedfs.com.
Project overview
⭐ 27411 · Go · Last activity on GitHub: 2025-11-15
Why it matters for engineering teams
SeaweedFS addresses the challenge of managing large-scale distributed storage efficiently, providing a fast and scalable solution for blobs, objects, and files. It is particularly suited for engineering teams responsible for building and maintaining data-intensive applications requiring reliable storage with features like replication, erasure coding, and cloud tiering. As a production ready solution, SeaweedFS is mature enough for use in demanding environments, supporting integrations with Kubernetes, S3 APIs, and Hadoop. However, it may not be the best fit for teams seeking a fully managed service or those with minimal storage complexity, as it requires operational expertise to deploy and maintain a self hosted option for distributed file systems.
When to use this project
SeaweedFS is a strong choice when you need a high-performance, scalable distributed storage system with flexible deployment options and native support for cloud and on-premise environments. Teams should consider alternatives if they prefer fully managed cloud storage services or need simpler storage solutions without the overhead of managing distributed infrastructure.
Team fit and typical use cases
This open source tool for engineering teams benefits site reliability engineers, backend developers, and infrastructure engineers who manage large volumes of unstructured data. They typically use SeaweedFS to build storage backends for cloud drives, data lakes, or object storage platforms integrated into enterprise applications. It is commonly found in products requiring scalable, fault-tolerant storage with support for POSIX file systems, S3 compatibility, and multi-datacenter replication.
Topics and ecosystem
Activity and freshness
Latest commit on GitHub: 2025-11-15. Activity data is based on repeated RepoPi snapshots of the GitHub repository. It gives a quick, factual view of how alive the project is.